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Comstock Metals Receives Final Air Quality Permit For Its First-Of-A-Kind, Industrial Scale Solar Panel Processing Facility
Globenewswire· 2026-01-07 11:30
Core Viewpoint - Comstock Inc. has received its Air Quality Permit for processing waste solar panels, enabling the commissioning of its industry-scale materials recovery facility in Silver Springs, Nevada, which is on schedule for completion in the first quarter of 2026 [1][2]. Regulatory Approvals - The Air Quality Permit is complemented by a Written Determination Permit from the Nevada Division of Environmental Protection, which is expected to be finalized soon. Together, these permits represent the complete regulatory approvals needed for the facility [2]. Facility Capacity and Technology - The facility is designed to process over 3 million solar panels annually from a single production line, equating to approximately 100,000 tons of waste materials per year. It will utilize advanced technologies for efficient processing and recycling of metal concentrates from photovoltaics [2]. Equipment and Installation Timeline - Equipment for the facility has been ordered, with deliveries starting in late December and continuing through January. Installation, testing, and commissioning are scheduled to be completed in the first quarter of 2026 [2]. Environmental Impact and Market Position - The facility aims to keep critical materials out of landfills and address the increasing demand for environmentally responsible end-of-life solutions for solar panels, particularly as older panels are decommissioned in the southwestern U.S. [3]. This positions Comstock as a leader in solar recycling, covering over half of the U.S. market for end-of-life panels [3]. Leadership and Strategic Vision - Comstock has established both technological and market leadership in the end-of-life supply chain, with plans for rapid nationwide expansion to address the growing environmental challenge of solar panel waste [4]. The company is focused on creating a platform that meets the strong demand for critical and precious metals [4].